Stanbridge E J, Bretzius K A, Good R F
Isr J Med Sci. 1981 Jul;17(7):628-32.
A novel interaction occurs between mycoplasmas and lymphocytes whereby the mycoplasmas behave as multivalent ligands and, following attachment to the lymphocyte plasma membrane, redistribute to one pole of the cell. This mycoplasma-capping event is accompanied by co-capping of certain specific lymphocyte surface antigens. Mycoplasma capping occurs on both lymphoblastoid cells and resting lymphocytes. There is a high degree of correlation between mycoplasma capping on resting (splenic) lymphocytes and blast transformation of these cells. This appears to be a general phenomenon, and many different mycoplasma species are mitogenic for lymphocytes from a number of animal species, including human. In the mouse, mycoplasma-induced triggering does not appear to be influenced by H-2 differences and the primary lymphocyte triggered is the B cell. In other animal species T cells or B and T cells are stimulated. The importance of these interactions with reference to mycoplasma pathogenesis will be discussed.
支原体与淋巴细胞之间会发生一种新型相互作用,在此过程中支原体表现为多价配体,在附着于淋巴细胞质膜后,会重新分布到细胞的一极。这种支原体帽化事件伴随着某些特定淋巴细胞表面抗原的共帽化。支原体帽化发生在淋巴母细胞和静息淋巴细胞上。静息(脾)淋巴细胞上的支原体帽化与这些细胞的母细胞转化之间存在高度相关性。这似乎是一种普遍现象,许多不同种类的支原体对包括人类在内的多种动物的淋巴细胞具有促有丝分裂作用。在小鼠中,支原体诱导的触发似乎不受H-2差异的影响,被触发的主要淋巴细胞是B细胞。在其他动物物种中,T细胞或B细胞和T细胞会受到刺激。将讨论这些相互作用在支原体发病机制方面的重要性。